Engineering and Maintenance
Renewable Energy and Sustainability Programme
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Renewable Energy and Sustainability Programme Course
Introduction:
Course Objectives:
By the end of this renewable energy and sustainability Training Course, the participants will be able to:
- Assess why the energy system is changing, and what it means for you and your organization
- Quantitatively evaluate sustainable energy options including renewables, energy efficiency, and electrification
- Explain how information technologies are transforming the electricity system
- Analyze how policies such as auctions and energy targets can be leveraged for success
- Assess and interpret trends and forecasts that tell us about the future of energy
- Predict where the energy-related opportunities lie, and know how to take advantage of them
Who Should Attend?
Renewable energy and sustainability Training Course is suitable for a wide range of professionals but will greatly benefit:
- Those new to the energy industry, seeking a thorough understanding of renewable energy and sustainability
- Those in traditional energy firms, need to understand better what the energy transition means for their firm
- Those in the renewable and sustainable energy field, seeking market and technology intelligence on the latest happenings in the field
- Government and public sector professionals with responsibilities related to renewable and sustainable energy
- Advocates and civil society members, in pursuit of knowledge they can use to build a sustainable energy system for the future generation
Course Outlines:
ENERGY FUNDAMENTALS
- Energy Problems and Solutions
- World Energy Overview
- Energy Fundamentals Review
- Country-Specific Energy Overviews
- Electricity Fundamentals
- Electricity Industry Structure
RENEWABLE ENERGY TECHNOLOGIES AND TRENDS
- Renewable Energy (RE) Basics
- Renewable Energy (RE) Myths and Challenges
- Renewable Energy (RE) Technologies
- Economic Analysis of Renewable Energy (RE)
- Renewable Energy (RE) Forecasts and Scenarios
DISTRIBUTED RENEWABLES AND GRID INTEGRATION
- Distributed Systems and Microgrids
- Rooftop Photovoltaics (PV) Technologies and Trends
- Rooftop Photovoltaics (PV) Case Study Analysis
- Grid Integration: Problem and Solutions
- Storage Technologies and Trends
- Hybrid Power Plants
INFORMATION TECHNOLOGIES (SMART GRID) AND ENERGY POLICY
- Electrification Trends and Implications
- Electric Vehicles as Distributed Storage
- Demand Response (DR)
- Energy Policy Levers and Tools
- Auctions
- Feed-in Tariffs and Net Metering
ENERGY EFFICIENCY AND SUSTAINABLE ENERGY FUTURES
- Energy Efficiency Overview and Technologies
- Megawatts: Theory and Practice
- Energy Efficiency - Business Models and Case Studies
- Elements of a Sustainable Energy Future
- Data Sources and Analysis Tools